Badge Accessories. Data Capture. Visitor Badges. Video Library. Case Studies. Industry Solutions. Badge Essentials. The card is able to store the patient's biographic details, the diagnosis, the treatment received as well as prescriptions.
This enables up-to-date records to be held on the card at all times and is accessible only by authorised health care practitioners. The average smartcard microprocessor is 16 KB at present - with a 32 KB chip having being launched in South Africa recently. Furthermore, it seems that the smartcard, because it can store so much more information than the magnetic stripe card, ensures that there is no need for masses of data storage hardware.
This not only cuts down on the cost of the hardware, but also cuts down on administration. In the case of a medical smartcard, there is no need to write out a prescription, there is no need to fill in forms if and when you change medical service providers and there is no need to send out statements as the information and payment details are encrypted directly on to the card. For a magnetic stripe card to work, the service provider is required to swipe the card, the card then processes the information via an on-line system and will then authorise the card.
A smart card works off-line and does not need to be processed on-line. The difference between them is the updated security technology available with EMV cards. Magstripe cards store static information in the stripe on the back of the card.
That means the same information transmits to the bank each time the person swipes the card. Once a person has that information, it's available for them to use it repeatedly. Chip cards have a digital code embedded in the chip that changes each time you complete a purchase. For a person to complete a subsequent transaction with the chip card, they need to enter the PIN while the card is still in the processing machine.
It is not until the person authenticates the transaction with their PIN that the bank approves the purchase. As banks and credit card companies replace expired and outdated credit and debit cards, more and more consumers have the new chip cards. The processing time for these new cards is faster than when banks first introduced them to US consumers. Having their card left in the machine until the transaction is complete does not surprise anyone anymore.
Banks have also educated their customers on the new security measures found in the chip cards that the magstripe card does not contain. Therefore, many people have come to expect to have to insert their card into the processing machine as opposed to swiping it. The chip cards offer business owners and consumers security that is not available with the magstripe cards. When England adopted the EMV cards in , they saw a 33 percent reduction in credit card fraud.
The following year, France was able to reduce credit fraud by 91 percent. Four years later, Canada experienced a 73 percent reduction in credit card fraud. With this type of success, it would seem inevitable that the United States would follow in the use of this new technology.
Are chip readers better than magnetic strips? When you insert the smart card in a specialized card reader, the information on the smart card is read and, if necessary, updated. Uses of smart cards include storing medical records, vaccination data, and other health care or identification information; tracking information, such as customer purchases or employee attendance; storing a prepaid amount of money, such as for student purchases on campus; and authenticating users, such as for Internet purchases or building access.
In addition, a smart card can double as an ID card. You must be logged in to post a comment.
0コメント